mt_maxwell_h.hpp File Reference

#include "typedefs.hpp"
#include "constants.hpp"
#include "globals.hpp"
#include "cl_Vector.hpp"
#include "cl_Matrix.hpp"
#include "cl_FEM_Element.hpp"
#include "cl_FEM_Calculator.hpp"
#include "cl_TimestepMatrices.hpp"

Include dependency graph for mt_maxwell_h.hpp:

Go to the source code of this file.

Namespaces
namespace	belfem
	USER GUIDES:
namespace	belfem::fem
namespace	belfem::fem::maxwell

Functions
void	belfem::fem::maxwell::save_resistivity (Calculator *aCalc, const real aRhoM)
void	belfem::fem::maxwell::save_dotQ (Calculator *aCalc, const real aDotQ)
real	belfem::fem::maxwell::get_resistivity (Calculator *aCalc, const index_t aIndex=BELFEM_UINT_MAX)
void	belfem::fem::maxwell::h_picard (Calculator *aCalc, TimestepMatrices *aMatrices)
	Collapsed h-kernels: all per-point material math is delegated to aCalc->maxwell(), whose constructor-time dispatch covers the bulk/thin-shell, metal/alloy/HTS, defect, and piecewise axes.
void	belfem::fem::maxwell::h_newton_mu0 (Calculator *aCalc, TimestepMatrices *aMatrices)
void	belfem::fem::maxwell::h_newton_mu (Calculator *aCalc, TimestepMatrices *aMatrices)
void	belfem::fem::maxwell::h_ghost (Calculator *aCalc, TimestepMatrices *aMatrices)
	facet-based thin-shell interface / stabilization kernel
void	belfem::fem::maxwell::h_side_connector (Calculator *aCalc, TimestepMatrices *aMatrices)
void	belfem::fem::maxwell::h_side_connector_newton (Calculator *aCalc, TimestepMatrices *aMatrices)